fbpx

Introducing nTopology’s New Latticing Technology

We are excited to announce the release of nTopology’s 3rd generation latticing technology, the most advanced lattice generation tool available today!

Alkaios Bournias Varotsis
June 1, 2022

If you’ve worked in the additive manufacturing space, you’ve probably heard that the lattice generation capabilities of nTopology are best-in-class. However, we are constantly striving to set the bar higher.

Our old latticing technology limited our ability to develop new features that empower you to unlock an even broader range of 3D printing applications.

Today, we are releasing our new latticing technology, the most advanced design tools for lattice generation.

The new latticing tools are easy to use, faster than before, and offer greater control over complex lattice structures. They also provide the basic infrastructure for the revolutionary features coming up next.


Gif of latticing capabilities in nTopology

 

The new latticing technology release includes 37 blocks that have been in development over the past 22 months. We took the necessary time to perfect their capabilities, implement feedback from the nTop community, and prepare documentation for the transition.

Hundreds of nTop users are already using the new latticing technology. In fact, 45% of users doing latticing work in nTopology were already using the new blocks even before their full release.

Easier to Learn & Use

Our goal was to make it as easy as possible for new nTop users to access the new latticing tools from the moment they start using the software.

For this reason, we separated the lattice generation processes into three fundamental steps: select a unit cell, define the cell map, and control lattice parameters (such as thickness).

Mastering these simple steps makes it faster and more intuitive to learn how to apply advanced latticing and DfAM techniques later.

lattice structure unit cell, cell map, and lattice parameters

The new tools separate the lattice generation process into three fundamental components: unit cell, cell map, and lattice parameters.
For existing nTop users, our goal was to make the transition to the new latticing technology a streamlined experience.

In the updated Lattices tab, you will find three new easy-to-use blocks that enable you to quickly replicate the outputs of workflows using the old latticing technology. You can use these blocks to transition your existing workflows to the new latticing technology at your own pace.

Lightning-Fast Lattice Generation

When you transition your workflows to the new latticing technology, you may notice a significant performance increase, especially when working with lattices with a very high beam and unit cell count.

In one benchmark example, a lattice with 50,000+ unit cells used to take 45-60 seconds to generate on a well-equipped laptop. Now, it rebuilds in 1-2 seconds!

In other words, this is a 50x performance increase to the already fastest lattice generation tools.

Lattice structures with 50,000+ unit cells are now rebuilt in seconds. The results are rendered on your screen in real-time—thanks to GPU acceleration.

See the new latticing tools in action!

Would you like to experience the power of the new latticing tools? Request a demo and speak with our nTop experts!
Get a Demo

Greater Level of Control

For experienced nTop users, the new latticing technology comes equipped with a ton of new capabilities that streamline lattice design and optimization. These new tools enable you to create performance-driven lattice generation processes that have engineering requirements already built into your model. Here are some highlights:

Lattice Warping

The new warping tools allow you to apply Field-Driven Design techniques to control the lattice cell map the same way you can control its thickness. Combining this feature with real-time visualization enables you to precisely tune those complex shapes. It also gives you a new and powerful way to design conformal lattices.

shoe sole design for 3D printing with controlled stiffness

A pressure map controls the cell size of this cell map. The result is a shoe shole that is stiffer in areas that need more support.

Unified Latticing Workflow

Lattice generation now follows a unified workflow whether you are working with a graph, TPMS, or custom unit cell. This feature makes it far simpler to rapidly iterate between different lattice types, saving you time. It also makes it easier to set up computational Design of Experiments for optimization.

robotic arm with conformal lattice for 3D printing

The new latticing blocks offer a unified design workflow for lattice design. You can exchange unit cell and cell map types to explore a broader design space faster.

Filter Beam Utilities

The new filtering utilities enable you to select lattice beams based on specific criteria like length, angle, connectivity, or thickness. This capability allows you to spatially control certain parameters of your lattice structures and optimize them for manufacturing.

Surface Lattices

The new latticing technology gives you the ability to create cell maps that conform to the surface of a quad mesh. Surface lattices enable you to design conformal rib grids to increase the stiffness of bodies with even the most complex or organic shapes.

lattice structure on the surface of topology optimization bracket

This surface lattice acts as a stiffening rib grid on this topology optimized body to further increase its strength without adding extra weight.

User Testimonials & Quotes

We asked a few nTop users to comment on the capabilities of the new latticing technology. Here’s what they have to say:

Ross Brown is an Additive Manufacturing Engineer at Marotta Controls and an expert nTop user. His current work focuses on developing high-performance products for marine applications.

“With the new latticing blocks, I have a lot more control over lattice design—especially over the cell map. In one of my projects, I had to warp the lattice in specific ways. That would be very difficult to do without quickly visualizing the cell map. This feature alone enables me to do a lot more precise tuning of those complex shapes.”
Ross Brown, Marotta Controls

 

Chelsea Cummings is a Digital Applications ADDvisor at Barnes Global Advisors. She works with clients to develop new 3D printed products and train them on the latest technologies.

“Being able to edit the lattice with this level of control is a big deal. That will elevate the output of nTop for the most sensitive additive manufacturing processes—with metal laser powder bed fusion being the most sensitive.”
Chelsea Cummings, The Barnes Global Advisors

 

3d printed implant design with targeted porosity

The new Voronoi latticing tools enable you to cap the open beams (improving manufacturability) and calculate the porosity characteristics of the resulting structure.

What’s Next?

The new latticing tools we are releasing today introduce some powerful capabilities, but they pale in comparison to what is coming next.

The new latticing technology infrastructure allows us to rapidly build revolutionary new optimization tools that will enable you to unleash future innovations. Here’s a preview of what is coming next:

Field-Driven Lattice Optimization

The new latticing technology has laid the foundation for a novel and powerful field-driven optimization capability. We are currently testing new tools that will enable you to automatically generate lattice structures optimized for your specific engineering requirements, such as targeted stiffness or weight.

automated lattice generation with targeted stiffness

In this example, the cell size of the Voronoi lattice was automatically generated to achieve a targeted stiffness response.

Custom Graph Unit Cells

If you want to use a unit cell type that is not already covered by the 30+ built-in unit cells, our R&D team is working on custom graph unit cells. Soon, you will be able to sketch your custom unit cells and define the associated design parameters, including beam thickness, length, fillet radii, and more.

Conformal Lattice Structures

Our team is already working on expanding nTopology’s conformal lattice generation capabilities to complement the existing conformal latticing tools. You will soon be able to design lattice cell maps that conform to multiple surfaces or organic volumes.

 

Where can I learn more?

If you want to learn more about this release, our Help Center includes articles with an extensive technical FAQ section and a Latticing Technology Transition Guide to help you.

Moreover, our nTop experts have also prepared an introductory guide to lattice structures and a course on lattice structures to help you get started.

At nTopology, we will continue to lead the development of lattice generation and other engineering design software tools for additive manufacturing. Stay tuned for many more exciting software updates in the not-so-distant future!

See the new latticing tools in action!

Would you like to experience the power of the new latticing tools? Request a demo and speak with our nTop experts!
Get a Demo